CN106355533B - Medical passenger display screen and medical system and method - Google Patents
Medical passenger display screen and medical system and method Download PDFInfo
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Abstract
The invention relates to a medical passenger display screen, a medical system and a medical method. The visitor shows the screen and includes controller, liquid crystal display, its characterized in that still includes communication module, camera, built-in little loudspeaker, fingerprint input appearance, wherein: the liquid crystal display screen is used for displaying the generated treatment information such as the two-dimensional code to the user for the user to scan and pay attention to or browse the treatment information on site; the communication module is used for communicating with a server or an external terminal and transmitting data; the camera is used for scanning the electronic two-dimensional code generated by the mobile terminal, registering, visiting a doctor and paying a fee, and is also used for identifying facial features of a user; the fingerprint input instrument is used for inputting fingerprint information of a user; and the loudspeaker is used for playing prompt information.
Description
Technical Field
The invention relates to the field of medical treatment, in particular to a medical passenger display screen, a medical system and a medical method.
Background
In order to solve the problem of 'difficult medical treatment', palm hospitals and mobile internet medical software released by various suppliers are diversified, and are generally popular with patients because the palm hospitals and the mobile internet medical software can realize the functions of appointment registration, settlement, report viewing, consultation and the like at any time and any place. But as with all internet industries, the problem of offline switching, namely APP popularization, exists. Based on the particularity of the medical industry, a patient can complete the services of registration, recharging, settlement, report checking and the like in the process of seeing a doctor only by handling at least one card for seeing a doctor in a hospital, that is, the card for seeing a doctor is an identity medium of an internal management system (offline system, hereinafter, referred to as an HIS system) of the hospital, and the binding of the offline card for seeing a doctor and the online APP needs to be realized for internetworking, for example, the information such as fee payment on a mobile phone APP and the amount of money displayed on the APP is inquired by the offline card number for seeing a doctor, and the corresponding information of the HIS is pushed to the online.
Different from the APPs in the general industry, the hospital APPs need to bind a diagnosis card on the APP besides the basic information registration (such as name, mobile phone number, date of birth, etc.), so that the hospital APPs are used by two indispensable procedures: downloading an APP II and binding the treatment card. The APP developed by each large hospital at present is not downloaded by people or downloads a no-person binding treatment card, so that the use and experience effects are basically poor, and the following two main reasons (or the defects of the existing method) that the two links are difficult to popularize are analyzed:
from the perspective of the user, since the high frequency demand is not the same as the demand of using APPs such as WeChat or Paibao, the user can only use the APP when wanting to see a doctor, and only download the APP of the best local hospital or influential hospital, and generally not download or use the APP at ordinary times. From the perspective of hospital, APP is except making things convenient for the patient to see a doctor, and the great part is for the popularization of business and the needs of the same industry technical competition, and the more the user downloads, the more the card of seeing a doctor that binds, APP can obtain effective popularization. At present this aspect is promoted mainly by the off-line, also utilize the patient to see a doctor opportunity in the hospital to promote promptly, and ordinary practice is to utilize the easy-to-draw treasured in hospital's examination hall to print the two-dimensional code and induce the patient to pay close attention to or download, and this and the general merchant promote not something different from off-line, and the actual effect is not good, the leading cause: the method includes the steps that firstly, the patient is basically anxious when going to a hospital to see a doctor, and in addition, many people in the hospital are crowded and have large areas, and few people pay attention to or download information on roll screen products; secondly, even if people pay attention to or download the APP, the link of identity registration and visiting card binding exists, after the APP is downloaded, registration is firstly carried out, for example, personal name, mobile phone number and birth date need to be input, even identity card number needs to be input, after the APP is downloaded, visiting card binding (visiting card number is manually input), the operation is too complicated, and the visiting card number does not exist on a plurality of visiting card cards (for example, visiting cards in hospitals, the visiting card number is stored in the chips instead of being printed on the cards for reasons of repeated use and the like), and even if the APP is downloaded, the link of registration and visiting card binding is abandoned, which is a problem generally existing in current hospital APP popularization.
In addition, medical resources have been integrated in some areas at present, regional medical information platforms have been established, and a building citizen health information system established by the health counsel in the building area is mainly established in each medical institution, centered on a patient, and through a dedicated medical VPN network, citizens can share information resources among the medical institutions by means of a citizen health card (including a social security card). However, the health system of citizens is limited in that it is a traditional mode of "drawing land firmly" for information sharing service of hospitals (at present, large hospitals) in the local area, obtaining personal information or using offline attendance card numbers as media, and often requires that local card readers are from the same manufacturer, visiting card from the same manufacturer, and the like, which is very unfavorable for medical information integration between areas, and breeding local protection connotations, and various technical barriers, improper competition, and the like set by software and hardware manufacturers for benefits, seriously hampering further development of medical informatization.
In addition, the existing medical system can not effectively avoid the condition that a dealer is registered by a code during registration, and disturbs the hospital diagnosis order.
Disclosure of Invention
The invention aims to overcome the problems and provide a brand new medical system and a client display screen, in particular to a medical client display screen which comprises a controller and a liquid crystal display screen, and is characterized by further comprising a communication module, a camera, a built-in small loudspeaker and a fingerprint input instrument, wherein: the liquid crystal display screen is used for displaying the generated treatment information such as the two-dimensional code to the user for the user to scan and pay attention to or browse the treatment information on site; the communication module is used for communicating with a server or an external terminal and transmitting data; the camera is used for scanning the electronic two-dimensional code generated by the mobile terminal, registering, visiting a doctor and paying a fee, and is also used for identifying facial features of a user; the fingerprint input instrument is used for inputting fingerprint information of a user; and the loudspeaker is used for playing prompt information.
The invention also provides a medical system which can be used for generating, registering, seeing a doctor and paying a fee for the on-line treatment of a doctor number, and is characterized in that: the system comprises a server, a hospital PC (personal computer) end, a medical passenger display screen and a user mobile terminal, wherein the hospital PC end can read the information of the patient from the server and can send the issued electronic prescription to the passenger display screen through the server according to the required parameters;
the server comprises a CPU, a memory and a communication unit, wherein the memory stores the identity information, the treatment information, the historical treatment information, the relatives and friends information and the information of the dealer of all users; the communication unit is used for receiving and transmitting messages with a client display screen, a hospital PC end and an external system (such as a regional medical platform and a citizen health system). The CPU is used for controlling the generation of the on-line ID number and controlling the memory and the communication unit to execute corresponding functions and interactive functions;
medical visitor shows screen, including controller, liquid crystal display, communication module, camera, built-in trumpet, fingerprint input appearance, wherein: the controller is used for realizing the control function of the client display screen, and the communication module is responsible for sending and receiving data with the server; the liquid crystal display screen is used for displaying the information sent by the server and/or the two-dimensional code generated by the information on the screen for the user to scan and pay attention to or browse the own treatment information on site; the camera is used for scanning the electronic two-dimensional code generated by the mobile terminal, registering and identifying facial features of a registered person; the fingerprint input instrument is used for inputting the fingerprint information of the registered person; and the loudspeaker is used for playing prompt information.
The mobile terminal is a mobile phone, a tablet personal computer or a notebook computer, the medical system mobile terminal application can be installed on the mobile terminal, the system is used for interaction with a medical passenger display screen or a hospital PC (personal computer) end in the links of registration, treatment, payment and the like, and information sent by the server can be remotely received.
Further, the client display screen can be arranged in a doctor office and/or an outpatient registration and toll collection place, directly binds users face to face, and has the input and output double functions of: the specific mode is that the server sends data to the customer display screen, then a dynamic two-dimensional code is generated and displayed on the screen of the customer display screen, and a user mobile terminal can scan, pay attention to and download the dynamic two-dimensional code; on the other hand, the camera on the customer display screen can scan the two-dimensional code card number of the user terminal to register, see a doctor or pay.
Further, wherein the parameters include: the doctor, the patient's doctor number, the patient's name, the contact number, the prescription number and the amount to be settled.
Further, the system can realize the functions of on-line doctor card generation and number keeper registration,
wherein: the realization of the on-line treatment card generation function comprises the following steps:
s01-the PC terminal of the hospital makes an electronic prescription according to the existing physical patient card;
s02, sending the personal information of seeing a doctor to a display screen of the passenger through a server, wherein the personal information of seeing a doctor comprises a card number, a name, a mobile phone number, a department of seeing a doctor, a doctor and the amount of the prescription;
s03-the guest display screen generates the personal diagnosis information sent by the server into two-dimensional code information to be displayed on the screen and prompts the user to scan by the mobile terminal in a display or sound mode;
s04, after the mobile terminal scans the two dimensional codes, the system judges whether the user has downloaded the mobile terminal registration system, if so, the step S05 is executed, otherwise, the step S06 is executed;
s05, opening the mobile terminal registration and treatment system to handle related services;
s06, downloading the mobile terminal registration and treatment system, generating and sending an on-line treatment card number to the mobile terminal registration and treatment system by the server, automatically binding the on-line treatment card number with the mobile terminal registration and treatment system, and prompting to carry out identity verification;
s07, binding the online and the error diagnosis card numbers, so that the personal information in the system has online and offline two diagnosis card numbers simultaneously, providing necessary conditions for online and offline fusion and real name system, and then executing the step S05;
the anti-number dealer registration function is realized by the following steps:
s101: opening a registration system of the mobile terminal, selecting departments, doctors and a doctor seeing date, inputting a brief description of an illness state and the like, and then generating a two-dimensional code;
s102: the customer display screen scans the mobile terminal to generate a two-dimensional code, scans facial and/or fingerprint characteristics, and then sends the two-dimensional code data and the facial and/or fingerprint characteristic data to the server;
s103: the system end determines the information of the patient according to the two-dimensional code data and determines the position of the relevant information stored in the server by the patient;
s104: matching the facial and/or fingerprint feature data with facial and/or fingerprint feature data stored at the patient-related information storage location;
s105: if it is determined to be the patient himself or a stored patient' S relatives, it is determined that registration is possible, and step S112 is performed; if it is not the patient or a stored patient' S relatives, step S106 is executed:
s106: the system compares the feature data with the information of the vendor library, and if the feature data is stored in the vendor library, the step S114 is executed; if not, executing step S107;
s107: judging whether the number of the patients is larger than the specified number N, if so, executing the step S108; if not, go to step S109;
s108: adding the face and fingerprint feature data into vendor database data, and then executing step S111;
s109: adding the facial and fingerprint feature data into the relatives and friends database of the patient, and then executing step S110;
s110: registering, and informing a doctor end, a client display screen and a user mobile terminal registration system; then, finishing;
s111: the system can not register and informs the client display screen and the user mobile terminal to register;
s112: the system retrieves other patient dating information associated with the facial, fingerprint feature data;
s113: and deleting the face and fingerprint feature data from the relatives and friends library, informing the user of the registration system of the mobile terminal, and ending.
A binding method of a user visit card using the system of any one of claims 2 to 4, characterized by comprising the steps of:
s01-the PC terminal of the hospital makes an electronic prescription according to the existing physical patient card;
s02, sending the personal information of seeing a doctor to a display screen of the passenger through a server, wherein the personal information of seeing a doctor comprises a card number, a name, a mobile phone number, a department of seeing a doctor, a doctor and the amount of the prescription;
s03-the guest display screen generates the personal diagnosis information sent by the server into two-dimensional code information to be displayed on the screen and prompts the user to scan by the mobile terminal in a display or sound mode;
s04, after the mobile terminal scans the two dimensional codes, the system judges whether the user has downloaded the mobile terminal registration system, if so, the step S05 is executed, otherwise, the step S06 is executed;
s05, opening the mobile terminal registration and treatment system to handle related services;
s06, downloading the mobile terminal registration and treatment system, generating and sending an on-line treatment card number to the mobile terminal registration and treatment system by the server, automatically binding the on-line treatment card number with the mobile terminal registration and treatment system, and prompting to carry out identity verification;
s07, binding the online and the error diagnosis card numbers, so that the personal information in the system has online and offline two diagnosis card numbers simultaneously, providing necessary conditions for online and offline fusion and real name system, and then executing the step S05;
further, the business in step S05 includes recharging, settlement, hospital satisfaction evaluation, next visit flow to visit, and inspection report; the authentication method in step S06 includes, for example, mobile phone number, identification card number, short message, and dynamic code authentication.
The invention provides a method for associating with a regional citizen health system, which is characterized in that the system is adopted and specifically comprises the following steps:
s21: generating a two-dimensional code containing offline treatment card information on the passenger display screen;
s22: a user mobile terminal scans a code and downloads a mobile terminal registration and treatment system;
s23: the server side generates and sends the on-line treatment card number to the mobile terminal registration treatment system, automatically binds with the system, and then prompts identity authentication;
s24: the server communicates with the rear end of the health council and judges whether the rear end of the health council has the health system information of the citizen, if so, the step S24 is executed, and if not, the step S25 is executed;
s25: supplementing the newly generated personal on-line attendance card number to a personal information base of the health system;
s26-writing the personal complete information to the civil health system personal information base of the rear end of the health council.
A registration method, characterized by: use of the system of any of claims 2-4, wherein: the method comprises the following steps:
s101: opening a registration system of the mobile terminal, selecting departments, doctors and a doctor seeing date, inputting a brief description of an illness state and the like, and then generating a two-dimensional code;
s102: the customer display screen scans the mobile terminal to generate a two-dimensional code, scans facial and/or fingerprint characteristics, and then sends the two-dimensional code data and the facial and/or fingerprint characteristic data to the server;
s103: the system end determines the information of the patient according to the two-dimensional code data and determines the position of the relevant information stored in the server by the patient;
s104: matching the facial and/or fingerprint feature data with facial and/or fingerprint feature data stored at the patient-related information storage location;
s105: if it is determined to be the patient himself or a stored patient' S relatives, it is determined that registration is possible, and step S112 is performed; if it is not the patient or a stored patient' S relatives, step S106 is executed:
s106: the system compares the feature data with the information of the vendor library, and if the feature data is stored in the vendor library, the step S114 is executed; if not, executing step S107;
s107: judging whether the number of the patients is larger than the specified number N, if so, executing the step S108; if not, go to step S109;
s108: adding the face and fingerprint feature data into vendor database data, and then executing step S111;
s109: adding the facial and fingerprint feature data into the relatives and friends database of the patient, and then executing step S110;
s110: registering, and informing a doctor end, a client display screen and a user mobile terminal registration system; then, finishing;
s111: the system can not register and informs the client display screen and the user mobile terminal to register;
s112: the system retrieves other patient dating information associated with the facial, fingerprint feature data;
s113: and deleting the face and fingerprint feature data from the relatives and friends library, informing the user of the registration system of the mobile terminal, and ending.
Further, in the above, between the step S107 and the step S108, a step S107' of determining whether there is a relationship between the plurality of patients associated with the face and fingerprint data (for example, whether there is a case that they exist as relatives and friends information at a time of each other, and/or they have other common registered relatives, and/or they have close names and the same information of the identification number region or the same registered contact address) is added, and if there is a certain number, the face and fingerprint data is excluded as a vendor, and then the step S108 is executed; if it is not present at all or the number is less than a predetermined value, step S109 is performed.
The invention has the following effects:
the offline popularization equipment and the offline popularization scheme fully consider the application scene and experience psychology of the user, dynamically generate the two-dimensional code of the information to be registered by combining with the HIS system interface of the hospital, and the user can quickly realize the binding of the registration card and the treatment card only by simple authentication, thereby laying a foundation for further realizing the services of payment, recharging, reservation, service evaluation, inspection report watching and the like on the mobile terminal registration treatment system.
The invention relates to a passenger display screen, which is reserved with a camera for scanning a two-dimensional code and can have the functions of a card reader: the user can generate the on-line treatment card number after registering the mobile terminal registration treatment system and binding the on-line treatment card number, the user can visit the hospital without carrying a real object treatment card, each business PC end of the hospital is connected with the client display screen, and the camera can be used for reading the bar code or the two-dimensional code treatment card number on the mobile terminal registration treatment system, so that the integration of the on-line treatment system and the HIS system is realized, and the advantages are very obvious:
1. finally, each hospital can read the card by using a camera carried on a passenger display screen without purchasing a traditional card reader, the cost is much lower than that of the traditional card reader, and the traditional card reader has the function of displaying the card by the passenger, thereby achieving two purposes;
2. the hospital does not need to issue a real object visiting card any more, the on-line visiting card on the mobile terminal registration visiting system replaces the traditional real object visiting card, the card-free visiting not only saves the hospital cost and facilitates the patient, but also accords with the trend of future internet development;
3. the traditional card reader and the doctor card are cancelled, the on-line standard doctor card ID number is the only medium of the personal identity, the technology is feasible, and extremely favorable conditions are created for the information integration of regional medical treatment and Internet hospitals;
4. the non-card diagnosis needs a transition stage, no card and a card exist at the transition stage, and a traditional card reader manufacturer can upgrade the current card reader by using the related technology introduced by the scheme of the invention in the process, for example, modules such as a passenger display screen, a camera and the like introduced by the scheme and an online-to-offline fusion technology introduced by the scheme are additionally arranged, so that the non-card diagnosis and the development of an internet hospital are promoted.
Drawings
FIG. 1 is a schematic diagram of the system of the present invention.
Fig. 2 is a schematic structural diagram of the client display screen of the present invention.
FIG. 3 is a flow chart of the present invention for binding a treatment card.
FIG. 4 is a flow chart of a system and method for associating with a health care committee backend.
Figure 5 is a process for the registration of a vendor in the system of the present invention.
Figure 6 is another anti-vendor registration process for the system of the present invention.
Detailed Description
In order that those skilled in the art will better understand the present invention, the following detailed description of the invention is provided in conjunction with the accompanying drawings and its implementation method.
Example 1:
referring to fig. 1, the medical treatment system of the present invention comprises a hospital PC terminal, a server, a medical client display screen, a user mobile terminal, and the like, wherein:
the hospital PC (such as a doctor workstation) can read the information of the patient for seeing a doctor from the server, and can send the issued electronic prescription, parameters (such as department for seeing a doctor, patient's card number for seeing a doctor, patient's name, contact telephone, prescription number, amount to be settled and the like) to the display screen of the passenger through the server as required, and display the information and/or the two-dimensional code generated by the information on the screen.
The server comprises a CPU, a memory, a communication unit and the like, wherein the memory stores the identity information, the treatment information, the historical treatment information, the relatives and friends information, the dealer information and the like of all users; the communication unit is used for receiving and transmitting messages with a client display screen, a hospital PC end and an external system (such as a regional medical platform and a citizen health system). The CPU is used for controlling the generation of the on-line ID number and controlling the memory and the communication unit to execute corresponding functions and interactive functions; wherein, each item of information parameter of the patient becomes two-dimensional code in the server, then sends to the guest and shows the screen.
The medical passenger display screen comprises a controller, a liquid crystal display screen, a communication module, a camera, a USB communication line, a built-in trumpet, a fingerprint input instrument and the like. The liquid crystal display screen is used for displaying the generated treatment information such as the two-dimensional code to the patient for the patient to scan and pay attention to or browse the treatment information on site; the communication module is used for communicating with a server or an external terminal; the camera is used for scanning the electronic two-dimensional code generated by the registration and treatment system of the mobile terminal; the USB communication line is used for connecting the server or the PC end and transmitting the parameters generated by the server and/or the PC end to the controller; a horn: for playing the prompt message.
The customer display screen can be arranged at a PC (personal computer) end of a doctor workstation and/or a registration and toll collection department of an outpatient service, a user is directly bound face to face (the doctor or a customer display screen system can prompt attention), a dynamic two-dimensional code is generated and displayed on the customer display screen, offline information such as a patient number of the user is contained in the dynamic two-dimensional code, and the information such as the patient number of the user can be bound at the same time when the registration and patient-service system of the mobile terminal is downloaded. Because the passenger display screen has the input and output bidirectional functions, on one hand, from the perspective of a user, the generated two-dimensional code can be used for code scanning attention by the user; on the other hand, from the perspective of a doctor, the camera on the customer display screen can also be used as a doctor's card reader' for reading the bar code or the two-dimensional code card number on the mobile terminal registration and treatment system.
The user mobile terminal is, for example, a mobile phone, a tablet computer, a notebook computer, etc., on which a medical system user mobile terminal application can be installed, which is used for generating two-dimensional code data for use in links such as registration, treatment, payment, etc., and can remotely interact with the server to receive information sent by the server (e.g., whether registration is successful, etc.).
The system and the method can also be used for the Internet popularization of regional medical treatment, and for the region where the citizen health information system is established, if the on-line unique ID number generated by the mobile terminal registration and treatment system introduced by the scheme is added as a personal identity medium, the system and the method are perfect for personal information and are also beneficial to the interconnection and intercommunication information sharing of the whole region. For the areas where the civil health system is not established or needs to be established, the on-line unique ID number can be planned by the health administration when the personal information base structure is established, then the customer display screen introduced by the scheme is put into each large hospital in the area, and then the customer display screen technology introduced by the scheme is used for code scanning and card binding, namely, the personal information base can be established at the back end of the health administration step by step with smaller cost by the hospital end in the area and the customer display screen 'powder suction' technology.
The binding step of the medical system of the present invention to the existing visit card is described below with reference to fig. 3:
s01, issuing an electronic prescription by using the existing physical patient card;
s02, the system sends the personal information of seeing a doctor to the display screen of the visitor, the personal information of seeing a doctor includes card number, name, mobile phone number, department of seeing a doctor, amount of the prescription, etc.;
s03-the visitor display screen generates the personal treatment information sent by the management system into two-dimensional code information to be displayed on the screen and prompts the user to scan in a display or sound mode;
s04, after the mobile terminal scans the two dimensional codes, the system judges whether the user has downloaded the mobile terminal registration system, if so, the step S05 is executed, otherwise, the step S06 is executed;
s05, opening the mobile terminal registration and diagnosis system to handle related services (recharging, settlement, hospital satisfaction evaluation, next diagnosis flow arrival, inspection report and the like);
s06, paying attention to or downloading the mobile terminal registration and treatment system, automatically binding the treatment card number, and performing identity verification, such as mobile phone number, identity card number, short message, dynamic code verification and the like;
s07, binding the unique ID number (or called on-line number) generated on the mobile terminal registration and treatment system with the off-line number of the treatment system, so that the personal information in the management system has two on-line and off-line ID numbers simultaneously, and necessary conditions are provided for on-line and off-line fusion and real-name system; step S05 is executed.
Referring to fig. 4, the association of the present system with a regional citizen health system is shown.
S21-generating a two-dimensional code containing offline treatment card information on the guest display screen;
s22-the user scans the code to pay attention to or download the mobile terminal registration and treatment system;
s23-registering and automatically binding the card number;
s24-necessary authentication;
s25-the server generates an on-line unique ID number (the number is planned by the rear end of the health planning committee) and returns the number to the management system;
s26, judging whether the health file of the citizen exists in the health system of the rear end of the counseling committee, if so, executing the step S27, and if not, executing the step S28;
s27-supplementing the newly generated personal on-line ID number to the personal information base of the health system;
s28-writing the personal complete information to the civil health system personal information base of the rear end of the health council.
Example 2:
although the embodiment 1 is convenient to register and see a doctor by using the mobile terminal registration and diagnosis system, the situation that a dealer registers is inevitable, and if a static two-dimensional code is used as a registration and diagnosis certificate, the static two-dimensional code can be easily copied and sent and is utilized by the dealer.
In the scheme of embodiment 2 of the invention, the customer display screen can carry out identity recognition, the facial features of registered people are scanned through the camera of the customer display screen, or a fingerprint recognition device is arranged on the customer display screen and used for recognizing the fingerprints of the registered people and matching the fingerprints with the facial features or fingerprint data of the patients stored in the server, or the two recognition means are combined, the registration can be carried out only when the fingerprints are matched, otherwise, the system refuses the registration of the patients. Whether the registration is successful or not is prompted on a screen of a customer display screen. Thus, when registering, the two-dimensional codes are matched through the head portrait or the fingerprints, and then, the phenomenon that a vendor registers can be sufficiently avoided.
In addition, there is a case where the patient cannot register himself or herself but the relatives and friends are registered instead. Therefore, in a preferred scheme, besides the patient's own fingerprint or facial feature data, a certain number (e.g. 3) of facial features and/or fingerprint data of registered people can be registered, and when the registration is performed, the system finds that data matched with the facial and/or fingerprint features does not exist in the patient information base, data matched with the data does not exist in the number dealer information base, and the information does not match with the facial and fingerprint feature data in the other people's information base (or even if the information matches with the facial and fingerprint feature data, but the information does not exceed a certain number, that is, one person is allowed to register a certain number of relatives and friends, for example, 3 persons), and then the person information is registered. If the number exceeds the limited number, the person is considered as a person vendor, the two-dimensional code cannot be registered, and the person information is put into a suspected vendor information base of the server. Furthermore, it is preferable that, when the above-described situation occurs, the face and/or fingerprint information is allowed to be recognized several times more, so that not only is misjudgment avoided, but also information of a suspected vendor can be recognized several times more, so that data entered into a suspected vendor library is more complete.
In a preferred embodiment, when identifying whether the person information not existing in the vendor information base is a vendor, the number of registered cards in a period of time (a vendor generally registers a large number of numbers in a short time) is referred to in addition to the number of patient cards associated therewith, and when the number of patient cards associated therewith is a certain number and exceeds a predetermined number in a period of time, the person information base is regarded as a vendor, and the person information base is put in the vendor information base.
After the face and fingerprint feature data of the person are put into a vendor database, the system searches the data of the visiting card again, deletes all the matched data, and prompts or warns the visiting card patient through the mobile terminal registration visiting system. Or, in order to avoid too large workload, the information deletion work of the dealer in the visiting card data can be carried out when the visiting card associated with the dealer is registered next time.
The system of the invention can also realize the appointment registration function of the mobile terminal registration and treatment system end of the user mobile terminal, and does not carry out fingerprint or facial feature verification when taking a number. Alternatively, the first and second electrodes may be,
referring to fig. 5, the method of system anti-vendor registration of the present invention is shown:
s101: generating a two-dimensional code, starting a registration system of the mobile terminal, selecting a department, a doctor and a doctor seeing a doctor, inputting a brief description of an illness state and the like, and then generating the two-dimensional code;
s102: scanning the two-dimensional code, scanning the mobile terminal by a customer display screen to generate the two-dimensional code, scanning facial and/or fingerprint characteristics, and then sending the two-dimensional code data and the facial and/or fingerprint characteristic data to a server;
s103: the system determines the information of the patient, and the system end determines the information of the patient according to the two-dimensional code data and determines the position of the relevant information stored in the server by the patient;
s104: comparing the facial and/or fingerprint feature data with patient information, and matching the facial and/or fingerprint feature data with facial and/or fingerprint feature data stored in the patient-related information storage position;
s105: judging whether the patient or the patient 'S relatives and friends are present, if the patient or the stored patient' S relatives and friends are determined, determining that the registration is possible, and executing step S112; if it is not the patient or a stored patient' S relatives, step S106 is executed:
s106: judging whether the number is a vendor, comparing the characteristic data with the information of a vendor library by the system, and if the number is a stored vendor, executing the step S114; if not, executing step S107;
s107: judging whether the number of the patients is larger than the specified number N, if so, executing the step S108; if not, go to step S109;
s108: adding the facial and fingerprint feature data into the relatives and friends database of the patient, and then executing step S110;
s109: adding the face and fingerprint feature data into vendor database data, and then executing step S111;
s110: registering, and informing a doctor end, a client display screen and a user mobile terminal registration system; subsequently, step S114 is performed;
s111: registration-disabled and passenger display screen and user mobile terminal registration system
S112: the system retrieves other patient dating information associated with the facial, fingerprint feature data;
s113 deletes the face and fingerprint feature data from the relatives and friends repository, and notifies the user of the mobile terminal registration system, followed by performing step S114;
and S114 is ended.
Referring to fig. 6, preferably, when step S107 is executed and the determination result is yes, a determination step S107' is added to determine whether there is an association between the plurality of patients associated with the face and fingerprint data, for example, whether there is a case that they exist as relatives and friends information at a time of each other, and/or they have other common registered relatives and/or they have close names and the same identification number region-related information or the same registered contact addresses, and if there is a certain number, the face and fingerprint data are excluded as vendor, and then step S108 is executed; if it is not present at all or the number is less than a predetermined value, step S109 is performed.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention. Furthermore, although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.
Claims (1)
1. A registration method for preventing number dealer is used in a medical system, the medical system is used for generating, registering, seeing a doctor and paying a fee for an on-line treatment card number, and comprises a server, a hospital PC (personal computer) end, a medical passenger display screen and a user mobile terminal, wherein the hospital PC end reads treatment information of a patient from the server and sends a prescribed electronic prescription to the medical passenger display screen through the server according to the required parameters; the server comprises a CPU, a memory and a communication unit, wherein the memory stores the identity information, the treatment information, the historical treatment information, the relatives and friends information and the information of the dealer of all users; the communication unit is used for receiving and transmitting messages with the medical passenger display screen, the hospital PC end and the external system; the CPU is used for controlling the generation of the on-line treatment card number and controlling the memory and the communication unit to execute corresponding functions; medical visitor shows screen, including controller, liquid crystal display, communication module, camera, built-in trumpet, fingerprint input appearance, wherein: the controller is used for realizing the control function of the medical client display screen, and the communication module is responsible for sending and receiving data with the server; the liquid crystal display screen is used for displaying the information sent by the server and/or the two-dimensional code generated by the information on the screen for the user to scan and pay attention to or browse the own treatment information on site; the camera is used for scanning the electronic two-dimensional code generated by the mobile terminal, registering and identifying facial features of a registered person; the fingerprint input instrument is used for inputting the fingerprint information of the registered person; the loudspeaker is used for playing prompt information;
the mobile terminal is a mobile phone, a tablet personal computer or a notebook computer, a mobile terminal medical system is installed on the mobile terminal, and the system is used for interaction with a medical client display screen or a hospital PC (personal computer) end in the links of registration, treatment and payment and for remote receiving of information sent by the server;
wherein: the method comprises the following steps:
s101: opening a medical system of the mobile terminal, selecting a department, a doctor and a doctor seeing a doctor date, inputting a brief description of an illness state, and then generating a two-dimensional code;
s102: the medical customer display screen scans the two-dimensional code generated by the mobile terminal, scans the facial and/or fingerprint characteristics, and then sends the two-dimensional code data and the facial and/or fingerprint characteristic data to the server;
s103: the system end determines the information of the patient according to the two-dimensional code data and determines the position of the relevant information stored in the server by the patient;
s104: matching the facial and/or fingerprint feature data with facial and/or fingerprint feature data stored at the patient-related information storage location;
s105: if it is determined to be the patient himself or a stored patient' S relatives, it is determined that registration is possible, and step S112 is performed; if it is not the patient himself or a stored patient' S relatives, step S106 is performed:
s106: the system compares the feature data with the information of the vendor library, and if the feature data is stored in the vendor library, the step S114 is executed; if not, executing step S107;
s107: judging whether the number of the patients is larger than the specified number N, if so, executing the step S108; if not, go to step S109;
s108: adding the face and fingerprint feature data into vendor database data, and then executing step S111;
s109: adding the facial and fingerprint feature data into the relatives and friends database of the patient, and then executing step S110;
s110: registering and informing a doctor end, a medical client display screen and a user mobile terminal medical system; then, finishing;
s111: the registration can not be carried out, and a medical client display screen and a user mobile terminal medical system are informed;
s112: the system retrieves other patient dating database data associated with the facial, fingerprint feature data;
s113: deleting the facial and fingerprint feature data from the other patient relatives database data and informing the user of the mobile terminal medical system, and then executing step S114;
s114: and (6) ending.
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| CN107895423A (en) * | 2017-11-10 | 2018-04-10 | 广东伊茗药业有限公司 | A kind of method of hospital's integrated management |
| CN108986894A (en) * | 2018-06-06 | 2018-12-11 | 樊紫鸿 | The medical system and method for medical treatment |
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| CN111326239A (en) * | 2018-12-13 | 2020-06-23 | 熙牛医疗科技(浙江)有限公司 | User information management and identity recognition method and device in medical environment |
| CN110021416A (en) * | 2019-04-04 | 2019-07-16 | 旭辉卓越健康信息科技有限公司 | A kind of AI medical treatment all-in-one machine having real-name authentication function |
| CN110034939A (en) * | 2019-04-04 | 2019-07-19 | 旭辉卓越健康信息科技有限公司 | A kind of AI medical treatment all-in-one machine having communication control function |
| CN110010216A (en) * | 2019-04-04 | 2019-07-12 | 旭辉卓越健康信息科技有限公司 | A kind of AI medical treatment all-in-one machine having dual display function |
| CN111476940B (en) * | 2020-04-04 | 2021-10-01 | 大连遨游智能科技有限公司 | Triage referral method and system based on self-service inquiry terminal |
| CN111430047B (en) * | 2020-04-04 | 2023-12-22 | 上海云央网络科技有限公司 | Offline and online combined self-service medical inquiry method and system |
| CN111901299A (en) * | 2020-06-22 | 2020-11-06 | 微医云(杭州)控股有限公司 | Application authentication method and device, electronic equipment and storage medium |
| CN113053017A (en) * | 2021-03-26 | 2021-06-29 | 天津市实想科技有限公司 | Hospital number vendor identification system |
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